Kinetic Theory of Gases - Exercise (Part 4) | Class 11 Physics Chapter 24 JEE/NEET
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✅ In this video,
✔️ Class: 11th
✔️ Subject: Physics
✔️ Chapter: Kinetic Theory of Gases (Chapter 24)
✔️ Topic Name: Kinetic Theory of Gases - Exercise (Part 4)
✔️ Topics Covered In This Video (By Ashish Sir): In this video, Ashish Sir investigates Kinetic Theory of Gases - Exercise (Part 4). Whether you are learning this concept as part of a physics course or just curious about Kinetic Theory of Gases, you will gain insight into the topic. Sir is discussing about the Exercise (Part 4). This video will prove a great learning tool for enthusiasts.
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00:00 Introduction: Kinetic Theory of Gases - Exercise (Part 4)
00:47 Questions 31 to 35: Kinetic Theory of Gases - Exercise (Part 4): Chapter 24
Que. 32 A container of volume 50 cc contains air (mean molecular weight = 28.8 g) and is open to atmosphere where the pressure is 100 kPa. The container is kept in a bath containing melting ice (0°c).
01:20:20 Questions 36 to 40: Kinetic Theory of Gases - Exercise (Part 4): Chapter 24
Que. 36 Figure shows a cylindrical tube of length 30 cm which is partitioned by a tight-fitting separator. The separator is very weakly conducting and can freely slide along the tube. Ideal gases are filled in the two parts of the vessel. In the beginning, the temperatures in the parts A and
Bare 400 K and 100 K respectively. The separator slides to a momentary equilibrium position shown in the figure. Find the final equilibrium position of the separator, reached after a long time.
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